public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("FontDescriptor") },
{ "StemV", new IntegerObject(font.StemV) },
{ "Flags", new IntegerObject((int)font.Flags) },
{ "FontName", new NameObject(font.Name) },
{ "FontBBox", new ArrayObject(new List <PdfObject> {
new IntegerObject(font.boundingBox[0]),
new IntegerObject(font.boundingBox[1]),
new IntegerObject(font.boundingBox[2]),
new IntegerObject(font.boundingBox[3])
}) },
{ "ItalicAngle", new IntegerObject(font.ItalicAngle) },
{ "Ascent", new IntegerObject(font.Ascendent) },
{ "Descent", new IntegerObject(font.Descendent) },
{ "CapHeight", new IntegerObject(font.CapHeight) },
};
if (font.Leading > 0)
{
entries.Add("Leading", new IntegerObject(font.Leading));
}
if (font.IsEmbedded)
{
var fontContent = new DocumentFontContent(font.FontByteArray);
entries.Add("FontFile2", fontContent.IndirectReferenceObject(pdfObjects));
}
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var widths = new List <PdfObject>();
for (int i = FirstChar; i < LastChar + 1; i++)
{
if (!hashChar.Contains(i))
{
widths.Add(new IntegerObject(0));
}
else if (!dctCharCodeToGlyphID.ContainsKey(i))
{
widths.Add(new IntegerObject(this.Width));
}
else
{
widths.Add(new IntegerObject(Glypth[dctCharCodeToGlyphID[i]].width));
}
}
var entries = new Dictionary <string, PdfObject> {
{ "Encoding", new NameObject("WinAnsiEncoding") },
{ "Type", new NameObject("Font") },
{ "Subtype", new NameObject("TrueType") },
{ "BaseFont", new NameObject(Name) },
{ "FirstChar", new IntegerObject(FirstChar) },
{ "LastChar", new IntegerObject(LastChar) },
{ "Widths", new ArrayObject(widths) },
{ "FontDescriptor", descriptor.IndirectReferenceObject(pdfObjects) },
};
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdf)
{
// /CIDInit /ProcSet findresource begin 12
//
// /CIDSystemInfo
// /Registry A string identifying the issuer of the character collection.
// For information about assigning a registry identifier, contact the Adobe
// Solutions Network or consult the ASN Web site (see the Bibliography).
// /Ordering A string that uniquely names the character collection within the specified registry.
// /Supplement The supplement number of the character collection. An original character collection
// has a supplement number of 0. Whenever additional CIDs are assigned in a character
// collection, the supplement number shall be increased. Supplements shall not alter
// the ordering of existing CIDs in the character collection. This value shall not be
// used in determining compatibility between character collections.
StringBuilder sb = new StringBuilder();
sb.Append(@"/CIDInit/ProcSet findresource begin 12 dict begin begincmap/CIDSystemInfo <</Registry (QWERT)/Ordering (ASDFG)/Supplement 0>> def /CMapName /QWERT def/CMapType 2 def 1 begincodespacerange
<00> <FF>
endcodespacerange" + "\n");
sb.Append(font.hashChar.Count + " beginbfchar\n");
foreach (int i in font.hashChar)
{
sb.Append("<" + font.GetGlyphId(i).ToString("X2") + "> <" + i.ToString("X4") + ">\n");
}
sb.Append("endbfchar\nendcmap\nCMapName currentdict /CMap defineresource pop\nend end\n");
indirectObject.SetChild(new DictionaryObject(sb.ToString()));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdf)
{
var entries = new Dictionary <string, PdfObject> {
{ "Length", new IntegerObject(font.Length) },
{ "Length1", new IntegerObject(font.Length) }
};
indirectObject.SetChild(new DictionaryObject(entries, font));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var resourceEntries = new Dictionary <string, PdfObject>();
if (fonts.Count > 0)
{
var dicFonts = new Dictionary <string, PdfObject>();
foreach (var font in fonts)
{
dicFonts.Add(font.Value, font.Key.IndirectReferenceObject(pdfObjects));
}
resourceEntries.Add("Font", new DictionaryObject(dicFonts));
}
if (images.Count > 0)
{
var dicImages = new Dictionary <string, PdfObject>();
foreach (var img in images)
{
dicImages.Add(img.Value, img.Key.IndirectReferenceObject(pdfObjects));
}
resourceEntries.Add("XObject", new DictionaryObject(dicImages));
}
if (procsets.Count > 0)
{
List <PdfObject> lstObjects = new List <PdfObject>();
foreach (var procSet in procsets)
{
lstObjects.Add(new NameObject(procSet));
}
resourceEntries.Add("ProcSet", new ArrayObject(lstObjects));
}
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("Page") },
{ "Parent", parent.IndirectReferenceObject(pdfObjects) },
{ "Contents", contents.IndirectReferenceObject(pdfObjects) }
};
if (resourceEntries.Count > 0)
{
entries.Add("Resources", new DictionaryObject(resourceEntries));
}
if (MediaBox != null)
{
entries.Add("MediaBox", new ArrayObject(MediaBox.ToArrayObject()));
}
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdf)
{
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("Font") },
{ "Subtype", new NameObject("Type1") },
{ "BaseFont", new NameObject(this.Name) },
{ "Encoding", new NameObject("WinAnsiEncoding") }
};
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("XObject") },
{ "Subtype", new NameObject("Image") },
{ "Length", new IntegerObject(image.Length) },
{ "Width", new IntegerObject(this.Width) },
{ "Height", new IntegerObject(this.Height) },
{ "BitsPerComponent", new IntegerObject(this.BitsPerComponent) },
{ "ColorSpace", (this.Components == 3 ? new NameObject("DeviceRGB") : new NameObject("DeviceGray")) }
};
indirectObject.SetChild(new DictionaryObject(entries, image));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var dic = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("Catalog") },
{ "Pages", pageTree.IndirectReferenceObject(pdfObjects) }
};
if (Outlines != null)
{
dic.Add("Outlines", outlines.IndirectReferenceObject(pdfObjects));
}
indirectObject.SetChild(new DictionaryObject(dic));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var entries = new Dictionary <string, PdfObject>()
{
{ "Count", new IntegerObject(Count) }
};
if (Parent == null)
{
entries.Add("Type", new NameObject("Outlines"));
}
if (Parent != null)
{
entries.Add("Parent", Parent.IndirectReferenceObject(pdfObjects));
entries.Add("Dest", new ArrayObject(new List <PdfObject>()
{
Page.IndirectReferenceObject(pdfObjects),
new NameObject("XYZ"),
GetRealOrNullObject(X),
GetRealOrNullObject(Y),
GetRealOrNullObject(Zoom)
}));
}
if (First != null)
{
entries.Add("First", First.IndirectReferenceObject(pdfObjects));
}
if (Last != null)
{
entries.Add("Last", Last.IndirectReferenceObject(pdfObjects));
}
if (Prev != null)
{
entries.Add("Prev", Prev.IndirectReferenceObject(pdfObjects));
}
if (Next != null)
{
entries.Add("Next", Next.IndirectReferenceObject(pdfObjects));
}
if (Title != null)
{
entries.Add("Title", new StringObject(Title));
}
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
List <PdfObject> kids = new List <PdfObject>();
kids.AddRange(pageTreeSons.Select(p => p.IndirectReferenceObject(pdfObjects)));
kids.AddRange(pageSons.Select(p => p.IndirectReferenceObject(pdfObjects)));
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("Pages") },
{ "Kids", new ArrayObject(kids) },
{ "Count", new IntegerObject(kids.Count) },
};
if (MediaBox != null)
{
entries.Add("MediaBox", new ArrayObject(MediaBox.ToArrayObject()));
}
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
// a good guide: http://www.4real.gr/technical-documents-ttf-subset.html
SubsetTTFFont = Subset(TTFFont);
File.WriteAllBytes("file.ttf", SubsetTTFFont);
var widths = new List <PdfObject>();
widths.Add(new IntegerObject(this.Width));
foreach (int i in hashChar)
{
if (!dctCharCodeToGlyphID.ContainsKey(i))
{
widths.Add(new IntegerObject(this.Width));
}
else
{
widths.Add(new IntegerObject(Glypth[dctCharCodeToGlyphID[i]].width));
}
}
var descriptor = new DocumentTtfDescriptorFont(this);
var cmap = new DocumentCmapFont(this);
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("Font") },
{ "Subtype", new NameObject("TrueType") },
{ "BaseFont", new NameObject(Name) },
{ "FirstChar", new IntegerObject(0) },
{ "LastChar", new IntegerObject(hashChar.Count) },
{ "Widths", new ArrayObject(widths) },
{ "FontDescriptor", descriptor.IndirectReferenceObject(pdfObjects) },
{ "ToUnicode", cmap.IndirectReferenceObject(pdfObjects) },
};
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
string text = string.Join(" ", pageOperators);
indirectObject.SetChild(new DictionaryObject(text));
}
